FAG 6024-C3 1 Row Deep Groove Ball Bearing - 120 mm ID, 180 mm OD

The FAG Deep Groove Ball Bearing is designed for high radial load capacities and excellent reliability in various applications. With its robust steel sheet metal cage, this bearing ensures optimal performance under demanding conditions. Engineered for stability, it is suitable for use in environments where temperature fluctuations may occur, making it an ideal choice for diverse industrial settings. The not sealed design allows for flexibility in lubrication options, and its cylindrical bore type facilitates easy integration into your machinery.

The FAG Deep Groove Ball Bearing is designed for high radial load capacities and excellent reliability in various applications. With its robust steel sheet metal cage, this bearing ensures optimal performance under demanding conditions. Engineered for stability, it is suitable for use in environments where temperature fluctuations may occur, making it an ideal choice for diverse industrial settings. The not sealed design allows for flexibility in lubrication options, and its cylindrical bore type facilitates easy integration into your machinery.

Not sealed for versatile lubrication flexibilityEngineered to endure temperature variations up to 150°CCylindrical bore type simplifies mounting processesMaintains stability with dimensional stabilization up to 150°Normal tolerance class for standardised applicationsLightweight design reduces unnecessary strain on machinery

Not sealed for versatile lubrication flexibility

Engineered to endure temperature variations up to 150°C

Engineered to endure temperature variations up to 150°C

Cylindrical bore type simplifies mounting processes

Cylindrical bore type simplifies mounting processes

Maintains stability with dimensional stabilization up to 150°

Maintains stability with dimensional stabilization up to 150°

Normal tolerance class for standardised applications

Normal tolerance class for standardised applications

Lightweight design reduces unnecessary strain on machinery

Lightweight design reduces unnecessary strain on machinery